Project tag: pcb

  • Rise time sharpener

    The project is basically the signal sharpener that will receive a signal from the generator, and will replace the slow clock rise of the signal with a fast clock rise of 40 Pico per second. In order to allow control of the system, it will be controlled by microcontroller.
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  • Wisdom of the Crowd System

    The project “wisdom of the crowd” was about finding a solution to stealing/loss of individuals in a herd. The solution is based on exclusively manufactured IoT board and an Ad-Hoc wireless network deployment algorithm developed and implemented for it. The IoT board was based on Lora communication, supports up to 15Km range in open environment, while using minimal energy. The algorithm developed to reduce as much as possible the network...
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  • High frequency effects on PCB

    The goals of the project are to demonstrate various transmission line phenomena that affect modern high-speed digital systems. Specifically, this is limited to time domain effects occurring from transmission line imperfections that contribute to ISI and noise. In particular, the PCBs will be used to demonstrate the effects of various PCB structures for the HSDS-Lab experiment on high-frequency effects. These effects will be demonstrated via a step or pulse TDR...
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  • IOT Cluster for Static Wind Meter

    Anemometers (wind speed meters) are an important measurement tool that have several applications in a variety of fields. They have moving parts that cause erosion and increase the physical size of the component. The project’s main goal is to make a cluster of IOT-sensors (without moving parts) that will replace the traditional anemometers. In addition the cluster will show both the wind speed and wind direction in the location that...
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  • IOT- Structural Health Monitoring

    The 'Internet of Things' is a network of many devices, embedded with electronics, software and sensors. The connectivity between these objects enables collecting and exchanging data. Following this idea, utilizing strain gauge, ESP8266 microprocessor and Amazon Web Services we implemented a system, which conducts 'Structural Health Monitoring' a method for damage detection of engineering structures.
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  • IOT Eyelid Movement Monitor

    Analysis of the eyelid movement enables doctors to diagnose several types of neurological and ophthalmic diseases. The project's goal is to assemble a system that accurately collects information on the eyelid's movement for few minutes and in the end, move the measured data through Wi-Fi to a user's computer.
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  • IOT Security Door

    In many cases opening doors manually has become an inconvenience. The main goals of this project are to design a small and affordable system which connects to home network, takes a picture of the person at the door and send it to user, and also enable remote control on door's lock.
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  • IOT GPS and Gyroscope Navigation System

    This project took a specially designed board and implemented on it a Kalman-Filter based algorithm for merging GPS and INS positioning data and outputting a highly accurate and frequently updated position solution. The report gives some background theory needed for understanding, show the proposed algorithm and implementation and gives a brief results review.
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  • IOT security camera

    A sensitive area requires security footage coverage for the next 24 hours. This project’s main goals to design a device which allows the detection of movements taking place inside a covered area, a couple of meters ahead of the device, and notify the user of the above activity by sending captured images over Wi-Fi network.
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  • IoT Sights

    The problem of relaying battlefield information is at the heart of all modern warfare, getting crucial, reliable data from one area to another, or from the battlefield back to the chain of command as fast as possible. To help mitigate the problem, we developed a small, lightweight, gun mountable sensor array with wireless capabilities and sufficient battery life to record and transmit vital information off the battlefield.
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  • Herd Monitoring System

    Herd Monitoring System is defined for tracking and control animal location in Real-Time in their natural or artificial environment. System allows up to 15 km range monitoring with significant energy consumption savings based on low power modules, algorithms and Solar Panel power supply.
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